XTR II™ Riflescope 8-40x50mm

Reticles

This is serious, state-of-the-art technology for competitive shooters and tactical operators.

The XTR II 8-40x50 mm riflescope features a 5-times zoom system and 25% thicker tube construction than the original XTR™ Riflescope.

The front focal plane reticle design on this and all high-magnification XTR II riflescopes allows the reticle size to increase or decrease as magnification is increased or decreased. Trajectory compensation is always correct and proportional for the selected power setting. This reticle design is also called first focal plane or FFP.

Reticle has a secondary horizontal crosshair and reticle grid to provide 20 MOA of additional adjustment beyond the turret adjustment capability, while still retaining the ability to use the wind hold-off references

Reticle has 1-MOA and 1/2-MOA marks for wind hold-off

Front focal plane (FFP) reticle design allows the reticle size to increase or decrease as magnification is increased or decreased; trajectory compensation is always correct and proportional for the selected power setting; also called first focal plane or FFP

This is serious, state-of-the-art technology for competitive shooters and tactical operators.

The XTR II 8-40x50 mm riflescope features a 5-times zoom system and 25% thicker tube construction than the original XTR™ Riflescope.

The front focal plane reticle design on this and all high-magnification XTR II riflescopes allows the reticle size to increase or decrease as magnification is increased or decreased. Trajectory compensation is always correct and proportional for the selected power setting. This reticle design is also called first focal plane or FFP.

Reticle has a secondary horizontal crosshair and reticle grid to provide 20 MOA of additional adjustment beyond the turret adjustment capability, while still retaining the ability to use the wind hold-off references

Reticle has 1-MOA and 1/2-MOA marks for wind hold-off

Front focal plane (FFP) reticle design allows the reticle size to increase or decrease as magnification is increased or decreased; trajectory compensation is always correct and proportional for the selected power setting; also called first focal plane or FFP